2.1 Introduction2.2 Applications of Electrostatic Fields2.3 Different Types of Charge Distributions2.4 Coulomb’s Law2.5 Applications of Coulomb’s Law2.6 Limitation of Coulomb’s Law2.7 Electric Field Strength due to Point Charge2.8 Salient Features of Electric Intensity2.9 Electric Field due to Line Charge Density2.10 Electric Field Strength due to Infinite Line Charge2.11 Field due to Surface Charge Density, ρs (C/m2)2.12 Field due to Volume Charge Density, ρυ (C/m3)2.13 Potential2.14 Potential at a Point2.15 Potential Difference2.16 Salient Features of Potential Difference2.17 Potential Gradient2.18 Salient Features of Potential Gradient2.19 Equipotential Surface2.20 Potential due to Electric Dipole2.21 Electric Field due to Dipole2.22 Electric Flux2.23 Salient Features of Electric Flux2.24 Faraday’s Experiment to Define Flux2.25 Electric Flux Density2.26 Salient Features of Electric Flux Density, D2.27 Gauss’s Law and Applications2.28 Proof of Gauss’s Law (on Arbitrary Surface)2.29 Gauss’s Law in Point Form2.30 Divergence of a Vector, Electric Flux Density2.31 Applications of Gauss’s Law2.32 Limitations of Gauss’s Law2.33 Salient Features of Gauss’s Law2.34 Poisson’s and Laplace’s Equations2.35 Applications of Poisson’s and Laplace’s Equations2.36 Uniqueness Theorem2.37 Boundary Conditions on E and D2.38 Proof of Boundary Conditions2.39 Conductors in Electric Field2.40 Properties of Conductors2.41 Electric Current2.42 Current Densities2.43 Equation of Continuity2.44 Relaxation Time (Tr)2.45 Relation between Current Density and Volume Charge Density2.46 Dielectric Materials in Electric Field2.47 Properties of Dielectric Materials2.48 Dipole Moment, p2.49 Polarisation, P2.50 Capacitance of Different Configurations2.51 Energy Stored in an Electrostatic Field2.52 Energy in a CapacitorPoints/Formulae to RememberObjective QuestionsMultiple Choice QuestionsExercise Problems